Technical Overview

Innovating with Web Browser Capabilities and beyond

Web browser mining overview

Why enable web browser mining capabilities?

We use a similar approach to Google Adsense and other analytical or advertisement platforms - where a webmaster embeds an external javascript file into their website.

A minimal amount of a visitors CPU is used to then mine JSE Coins (less than 10% - no more than having a video snippet included on a page). The more visitors you have the more your community of users are pooled together to improve the amount that is mined.

Monetise your website

Imagine making money without the clutter of advertisement

JSE Webmaster Case Studies

How to get started?

One Script tag and a little magic

Sign up

Create an account where you can platform mine, or allow your visitors to pool and mine from your site.

2

Connect

Copy and paste the javascript code on to your website or select the platform mining button.

3

Integrate

Use our merchant tools to allow users to purchase goods and services with JSEcoin

Mining Coins - Cryptography

JSE is a cryptocurrency that is mined through a browser

We have secp256k1 elliptical curve ECDSA working server and client side in the browser. This allows users to digitally sign transactions.

For hashing we use the standard SHA256 algorithm. When available we use the browsers inbuilt methods Crypto.Subtle API as this offers near native performance. On older browsers there is a fallback SHA256 function. The SHA256 algorithm takes data of any length or size and produces a unique code string for it which is always the same length.

When searching for hashes we change the data by just one digit and it calculates a completely different string of alphanumeric letters. Our miners do this calculation over and over again looking for the lowest possible value string which will have leading zeros.

How does the hashing process work?

Simplifying user adoption and mining through a browser

Phase 1

Transaction data is setup on the platform and sent to client web browser

Phase 2

Data is signed from within the browser using ECDSA Cryptography (secp256k1)